Rafale F5: details of France's future fighter jet
Published on 13 January 2026 at 11:33 a.m. • Written by Paul Crauchet
The Rafale F5, the new version of the French fighter jet, promises to be a major advance by 2035. Here are the main innovations.
The Rafale is about to reach a milestone. By 2030, the French army expects the arrival of the F5 standard, presented as a technological breakthrough. Sébastien Lecornu, Minister of the Armed Forces in 2025, spoke of a revolution comparable to the transition from the Mirage 2000-N to the first Rafale. The objective is clear: to stay one step ahead in the skies.
Timeline and expanded ambitions for the French army
The first orders were placed before October 2024, with a budget of €318 million dedicated to mitigating risks on key technologies. Industrial launch is scheduled for September 2025. The draft finance bill for 2026 allocates €1.5 billion for the development of the F4 and F5 standards. The French target has risen to 285 Rafales by 2035, up from 225 previously. The F5 is scheduled to enter service in two stages: initial operational capability in 2033 and full capability in 2035. A sixth production tranche is to be announced in 2029, with 45 aircraft, including 12 for the Navy. Production will start in 2026, with the first delivery in 2033.
The Rafale becomes a hub for connected combat
Connectivity is at the heart of the transformation. The Rafale F5 will be the first French ‘second-generation connected’ fighter, capable of communicating in real time with other sensors or effectors on the ground, in flight or in orbit. The targeted interoperability includes the British, Japanese and Italian GCAP programmes, as well as the Gripen and F-35.
The stated ambition is to ensure a transition to the future SCAF. The on-board artificial intelligence, developed by Dassault and Thales, will be used for multi-sensor data fusion, alarm management and drone control. It is set to transform the Rafale into a digital co-pilot, without replacing the human pilot.
Another pillar of the F5 standard is the arrival of a stealth combat drone, derived from the nEUROn demonstrator, the size of a Mirage 2000 and equipped with the M88 engine. It will fly ahead of the Rafale, guided from the cockpit, with on-board AI for reconnaissance and combat. The first flight is planned for before 2033.
New-generation sensors and mass processing
On the sensor side, the RBE2 XG radar will use
gallium nitride to offer a 50-70% increase in detection range, 70% higher resolution, and better resistance to jamming. It will also enable
electronic attacks in the X, Ku and K bands, restoring the Rafale's SEAD/DEAD capabilities lost with the end of the AS-37 MARTEL missile.
The SPECTRA electronic warfare system will switch to fully digital detection, with machine learning and optimised information retrieval thanks to AI.
The computers will have to process up to 1 terabyte of data per second. The front sector optronics (OSF), in its ‘Silent Killer’ version, will have
a range of over 100 km, sufficient to engage a target with the Mica-NG missile without activating the radar, and capable of tracking stealth aircraft.
A more powerful and hotter M88 T-REX engine
The M88 engine will also be upgraded. The T-REX, in development at Safran since June 2025, will aim for a thrust of 9 tonnes with afterburner (+20%). Work is focusing on a redesigned low-pressure compressor, a high-pressure turbine made of superalloys, a new-generation cooling system and an aerodynamically optimised nozzle. Safran is testing these components in Saclay, with a thermal target of 2,100 Kelvin. A production decision is expected at the end of 2025.
Range will be increased by two compliant tanks of 1,150 litres each (CFT), positioned above the rear fuselage. These would increase fuel capacity to 6 tonnes without pendulum payload, compared to 4.7 tonnes currently, with minimal impact on radar signature. Tests conducted in the 2000s on the B01 prototype are being re-evaluated, and a production decision is also expected by the end of 2025.
A new generation of very long-range missiles
Weaponry is entering a new era. The ASN4G missile will succeed the ASMPA: a hypersonic nuclear missile, Mach 6 to 7, equipped with a scramjet and capable of complex manoeuvres to penetrate advanced defences. With a range of over 1,000 km and a 300-kiloton TNA nuclear warhead, it is scheduled to enter service in 2035. For SEAD/DEAD missions, the RJ10, an anti-radar version of the Smart Cruiser, will target speeds between Mach 3 and Mach 5 by 2035. The AASF programme has €41.9 million available between 2024 and 2027.
The Rafale F5 will be able to carry
up to 18 Smart Cruiser missiles in three hexalaunchers for swarm strikes. The AASM XLR, a very long-range guided bomb (150 km+), will benefit from the F5's connectivity for adaptive guidance in flight.
India emerges as a key customer for the Rafale
India is accelerating its exports. In September 2025, New Delhi recommended the purchase of
114 Rafale F4s for €18.9 billion, with 60% of production taking place locally in Nagpur. At the end of November, the Ministry of Defence confirmed India's interest in 24 Rafale F5s, with a signing expected in January 2026. Ultimately, with the 36 Rafales already delivered, the 26 Rafale Marines ordered in April 2025 and these new orders, India could become the world's leading user of the Rafale outside France with 176 aircraft.